Transition opacityTransition = new Transition() { { setCycleDuration(Duration.seconds(1)); } protected void interpolate(double frac) { opacity.set(frac); } };
Animation animation = new Transition() { { setCycleDuration(Duration.millis(1000)); } @Override protected void interpolate(double frac) { // your rotation code here } }
/** Add a transition from this state to target with label. Return * the transition number from 0..n-1. */ public int addTransition(DFAState target, Label label) { transitions.add( new Transition(label, target) ); return transitions.size()-1; }
/** Add a transition from this state to target with label. Return * the transition number from 0..n-1. */ public int addTransition(DFAState target, Label label) { transitions.add( new Transition(label, target) ); return transitions.size()-1; }
/** Add a transition from this state to target with label. Return * the transition number from 0..n-1. */ public int addTransition(DFAState target, Label label) { transitions.add( new Transition(label, target) ); return transitions.size()-1; }
/** Add a transition from this state to target with label. Return * the transition number from 0..n-1. */ public int addTransition(DFAState target, Label label) { transitions.add( new Transition(label, target) ); return transitions.size()-1; }
FA<Transition> fa = new FA<>( new Set<String>("A", "B", "C"), "A", new Set<Transition>(new Transition("A", 1, "B"), new Transition( "B",2,"C")), new Set<String>("C") );
final String content = "Lorem ipsum"; final Text text = new Text(10, 20, ""); final Animation animation = new Transition() { { setCycleDuration(Duration.millis(2000)); } protected void interpolate(double frac) { final int length = content.length(); final int n = Math.round(length * (float) frac); text.setText(content.substring(0, n)); } };
private void transitionBetweenStates(NFAState a, NFAState b, int label) { Transition e = new Transition(label,b); a.addTransition(e); } }
private void transitionBetweenStates(NFAState a, NFAState b, int label) { Transition e = new Transition(label,b); a.addTransition(e); } }
private void transitionBetweenStates(NFAState a, NFAState b, int label) { Transition e = new Transition(label,b); a.addTransition(e); } }
DoubleProperty opacity = new SimpleDoubleProperty(); Transition opacityTransition = new Transition() { protected void interpolate(double frac) { opacity.set(frac); } }; // elsewhere hBox_outter_last.opacityProperty().bind(opacity);
/** Build an atom with all possible values in its label */ public StateCluster build_Wildcard(GrammarAST associatedAST) { NFAState left = newState(); NFAState right = newState(); left.associatedASTNode = associatedAST; right.associatedASTNode = associatedAST; Label label = new Label(nfa.grammar.getTokenTypes()); // char or tokens Transition e = new Transition(label,right); left.addTransition(e); StateCluster g = new StateCluster(left, right); return g; }
/** Build what amounts to an epsilon transition with an action. * The action goes into NFA though it is ignored during analysis. * It slows things down a bit, but I must ignore predicates after * having seen an action (5-5-2008). */ public StateCluster build_Action(GrammarAST action) { NFAState left = newState(); NFAState right = newState(); Transition e = new Transition(new ActionLabel(action), right); left.addTransition(e); return new StateCluster(left, right); }
/** Build an atom with all possible values in its label */ public StateCluster build_Wildcard(GrammarAST associatedAST) { NFAState left = newState(); NFAState right = newState(); left.associatedASTNode = associatedAST; right.associatedASTNode = associatedAST; Label label = new Label(nfa.grammar.getTokenTypes()); // char or tokens Transition e = new Transition(label,right); left.addTransition(e); StateCluster g = new StateCluster(left, right); return g; }
/** Build an atom with all possible values in its label */ public StateCluster build_Wildcard(GrammarAST associatedAST) { NFAState left = newState(); NFAState right = newState(); left.associatedASTNode = associatedAST; right.associatedASTNode = associatedAST; Label label = new Label(nfa.grammar.getTokenTypes()); // char or tokens Transition e = new Transition(label,right); left.addTransition(e); StateCluster g = new StateCluster(left, right); return g; }
/** Build what amounts to an epsilon transition with an action. * The action goes into NFA though it is ignored during analysis. * It slows things down a bit, but I must ignore predicates after * having seen an action (5-5-2008). */ public StateCluster build_Action(GrammarAST action) { NFAState left = newState(); NFAState right = newState(); Transition e = new Transition(new ActionLabel(action), right); left.addTransition(e); return new StateCluster(left, right); }
/** Build an atom with all possible values in its label */ public StateCluster build_Wildcard(GrammarAST associatedAST) { NFAState left = newState(); NFAState right = newState(); left.associatedASTNode = associatedAST; right.associatedASTNode = associatedAST; Label label = new Label(nfa.grammar.getTokenTypes()); // char or tokens Transition e = new Transition(label,right); left.addTransition(e); StateCluster g = new StateCluster(left, right); return g; }
/** Build what amounts to an epsilon transition with an action. * The action goes into NFA though it is ignored during analysis. * It slows things down a bit, but I must ignore predicates after * having seen an action (5-5-2008). */ public StateCluster build_Action(GrammarAST action) { NFAState left = newState(); NFAState right = newState(); Transition e = new Transition(new ActionLabel(action), right); left.addTransition(e); return new StateCluster(left, right); }
/** Build what amounts to an epsilon transition with an action. * The action goes into NFA though it is ignored during analysis. * It slows things down a bit, but I must ignore predicates after * having seen an action (5-5-2008). */ public StateCluster build_Action(GrammarAST action) { NFAState left = newState(); NFAState right = newState(); Transition e = new Transition(new ActionLabel(action), right); left.addTransition(e); return new StateCluster(left, right); }